Replace marco `anch` with `<a>` tag for `zh-CN` (#4668)

* replace anch with tag `<a>`

* auto replace anch with scripts

* fix: resolve some incorrect anchors

* replace anch with markdown link in markdown files

* sync with english version for `Properties`

* fix: resolve some incorrect anchors

* using `Specifications` marco to replace `<table>`

* fix: resolve some incorrect anchors

* remove the `noteCard` and add a `h2` head

* fix: resolve some incorrect anchors

* remove the duplicated content

* fix: resolve some incorrect anchors

* fix: resolve some incorrect anchors

* revert the content change and replace anch

* revert the content change and replace anch

* revert the content chang

* fix: correct the `href`

* revert content changes and replace the anch

* fix: resolve some incorrect anchors

* fix: resolve some incorrect anchors

* fix: resolve some incorrect anchors

1 files changed, 6 insertions, 6 deletions

diff --git a/files/zh-cn/web/api/intersection_observer_api/timing_element_visibility/index.html b/files/zh-cn/web/api/intersection_observer_api/timing_element_visibility/index.html
index 37c36f7c23..643a5cc3f6 100644
--- a/files/zh-cn/web/api/intersection_observer_api/timing_element_visibility/index.html
+++ b/files/zh-cn/web/api/intersection_observer_api/timing_element_visibility/index.html
@@ -302,7 +302,7 @@ function startup() {
 
 <h3 id="Handling_periodic_actions">Handling periodic actions</h3>
 
-<p>Our interval handler, <code>handleRefreshInterval()</code>, is called about once per second courtesy of the call to {{domxref("WindowOrGlobalScope.setInterval", "setInterval")}} made in the <code>startup()</code> function {{anch("Setting up", "described above")}}. Its main job is to update the timers every second and schedule a redraw to update the timers we'll be drawing within each ad.</p>
+<p>Our interval handler, <code>handleRefreshInterval()</code>, is called about once per second courtesy of the call to {{domxref("WindowOrGlobalScope.setInterval", "setInterval")}} made in the <code>startup()</code> function <a href="#setting_up">described above</a>. Its main job is to update the timers every second and schedule a redraw to update the timers we'll be drawing within each ad.</p>
 
 <pre class="brush: js">function handleRefreshInterval() {
   let redrawList = [];
@@ -333,7 +333,7 @@ function startup() {
 
 <h3 id="Updating_an_ad's_visibility_timer">Updating an ad's visibility timer</h3>
 
-<p>Previously (see {{anch("Handling document visibility changes")}} and {{anch("Handling periodic actions")}}), we've seen that when we need to update an ad's "total visible time" counter, we call a function named <code>updateAdTimer()</code> to do so. This function takes as an input an ad's {{domxref("HTMLDivElement")}} object. Here it is:</p>
+<p>Previously (see <a href="#handling_document_visibility_changes">Handling document visibility changes</a> and <a href="#handling_periodic_actions">Handling periodic actions</a>), we've seen that when we need to update an ad's "total visible time" counter, we call a function named <code>updateAdTimer()</code> to do so. This function takes as an input an ad's {{domxref("HTMLDivElement")}} object. Here it is:</p>
 
 <pre class="brush: js">function updateAdTimer(adBox) {
   let lastStarted = adBox.dataset.lastViewStarted;
@@ -382,7 +382,7 @@ function startup() {
 
 <h3 id="Building_the_page_contents">Building the page contents</h3>
 
-<p>The <code>buildContents()</code> function is called by the {{anch("Setting up", "startup code")}} to select and insert into the document the articles and ads to be presented:</p>
+<p>The <code>buildContents()</code> function is called by the <a href="#setting_up">startup code</a> to select and insert into the document the articles and ads to be presented:</p>
 
 <pre class="brush: js">let loremIpsum = "&lt;p&gt;Lorem ipsum dolor sit amet, consectetur adipiscing" +
   " elit. Cras at sem diam. Vestibulum venenatis massa in tincidunt" +
@@ -525,11 +525,11 @@ function buildContents() {
 
 <p>Finally, we set the ID of the <code>&lt;div&gt;</code> which will show the timer we'll present in the ad to show how long it's been visible, giving it the class <code>"timer"</code>. The initial text is set to "0:00", to represent the starting time of 0 minutes and 0 seconds, and it's appended to the ad.</p>
 
-<p>If we're not replacing an existing ad, we need to append the element to the content area of the page using {{domxref("Node.appendChild", "Document.appendChild()")}}. If we're replacing an ad, it's already there, with its contents replaced with the new ad's. Then we call the {{domxref("IntersectionObserver.observe", "observe()")}} method on our Intersection Observer, <code>adObserver</code>, to start watching the ad for changes to its intersection with the viewport. From now on, any time the ad becomes 100% obscured or even a single pixel becomes visible, or the ad passes through 75% visible in one way or another, the {{anch("Handling intersection changes", "observer's callback")}} is executed.</p>
+<p>If we're not replacing an existing ad, we need to append the element to the content area of the page using {{domxref("Node.appendChild", "Document.appendChild()")}}. If we're replacing an ad, it's already there, with its contents replaced with the new ad's. Then we call the {{domxref("IntersectionObserver.observe", "observe()")}} method on our Intersection Observer, <code>adObserver</code>, to start watching the ad for changes to its intersection with the viewport. From now on, any time the ad becomes 100% obscured or even a single pixel becomes visible, or the ad passes through 75% visible in one way or another, the <a href="#handling_intersection_changes">observer's callback</a> is executed.</p>
 
 <h3 id="Replacing_an_existing_ad">Replacing an existing ad</h3>
 
-<p>Our {{anch("Handling intersection changes", "observer's callback")}} keeps an eye out for ads which become 100% obscured and have a total visible time of at least one minute. When that happens, the <code>replaceAd()</code> function is called with that ad's element as an input, so that the old ad can be replaced with a new one.</p>
+<p>Our <a href="#handling_intersection_changes">observer's callback</a> keeps an eye out for ads which become 100% obscured and have a total visible time of at least one minute. When that happens, the <code>replaceAd()</code> function is called with that ad's element as an input, so that the old ad can be replaced with a new one.</p>
 
 <pre class="brush: js">function replaceAd(adBox) {
   let visibleTime;
@@ -544,7 +544,7 @@ function buildContents() {
 
 <p><code>replaceAd()</code> begins by calling <code>updateAdTimer()</code> on the existing ad, to ensure that its timer is up-to-date. This ensures that when we read its <code>totalViewTime</code>, we see the exact final value for how long the ad was visible to the user. We then report that data; in this case, by logging it to console, but in the real world, you'd submit the information to an ad service's API or save it into a database.</p>
 
-<p>Then we load a new ad by calling <code>{{anch("Creating an ad", "loadRandomAd()")}}</code>, specifying the ad to be replaced as an input parameter. As we saw previously, <code>loadRandomAd()</code> will replace an existing ad with content and data corresponding to a new ad, if you specify an existing ad's element as an input parameter.</p>
+<p>Then we load a new ad by calling <code><a href="#creating_an_ad">loadRandomAd()</a></code>, specifying the ad to be replaced as an input parameter. As we saw previously, <code>loadRandomAd()</code> will replace an existing ad with content and data corresponding to a new ad, if you specify an existing ad's element as an input parameter.</p>
 
 <p>The new ad's element object is returned to the caller in case it's needed.</p>
 </div>